| Mercury, 
              July/August 1996 Table of Contents 
              
 (c) 
              1996 Astronomical Society of the Pacific   An 
              English professor recently told me that in his students' broken 
              papers, he is witnessing "the death of language." Tangled tenses, 
              mangled modifiers -- that's normal. But the lack of ideas and drive 
              to improve reveals a deeper rot. Science teachers say the same. 
              Where is students' hunger to learn? Are we witnessing in today's 
              young people the death of science?
               "I've 
              taught classes where kids were so unmotivated that they wouldn't 
              even copy [from each other]," said Jonathan Frank, a chemistry 
              teacher at Lincoln High School in San Francisco. "They just didn't 
              care."
               For 
              his recent book Beyond the Classroom, Temple University 
              psychologist Laurence Steinberg surveyed 20,000 high-school students 
              in Wisconsin and California. Two- fifths said they didn't pay attention 
              in class. Only one in five said their friends thought it was important 
              to get good grades.
               Immigrant 
              students slam shut the same lockers and endure the same teachers, 
              yet they thrive [see "The Generation X Files," p. 33]. Our schools, 
              whatever their flaws, are still quite capable of educating. Maybe 
              science-education reformers need to think less about teaching and 
              more about students' social environment.
              
             Curricula 
              and standards  Frank 
              said he quit the American Association for the Advancement of Science's 
              "Project 2061" because reformers spent their time designing ideal 
              curricula and neglected the reality of teaching lackadaisical students.
               "They 
              didn't talk about how to enforce standards," Frank said. "They 
              didn't talk about all the behavior stuff, or restructuring school 
              to get more accountability in students' day- to-day existence."
               Curriculum 
              reform is the fashionable way that scientists try to help schools, 
              but teachers say the handy handbooks and reworked workbooks wither 
              on the shelves. "An emphasis on curriculum development tends to 
              underestimate the far more difficult problem of curriculum support 
              and development," Caltech neurobiologist and teacher-trainer James 
              Bower told a Sigma Xi forum two years ago.
               What 
              teachers need, Frank said, are ways to prove to students that learning 
              matters -- and that not bothering has tangible consequences. Role 
              models help, but professors must also lobby their universities to 
              tighten admissions requirements and eliminate remedial courses. 
              Frank said the University of California recently made admission 
              conditional on second- semester senior grades. The result: His seniors 
              perked up.
               "The 
              kids are smarter than we think," Frank said. "Once those higher 
              standards exist, a lot of kids will live up to them." 
              
             Parents  Few 
              astronomy-education programs involve parents. The Center for Extreme 
              Ultraviolet Astrophysics has brought middle-school students and 
              their parents together [see "The Cosmic Bamba," p. 30]; planetarium 
              shows are geared toward families. Most programs, however, focus 
              on the classroom.
               Plugging 
              parents in, Steinberg wrote, is one of the main things education 
              reformers can do to counter adolescent anti- intellectualism. A 
              third of the students in his survey said their parents had no idea 
              how they were doing in school. Half said they could bring home a 
              grade of 'C' or lower without their parents getting upset. 
              
             Young 
              people  One 
              group is conspicuously absent from the symposia and workshops of 
              astronomy education: the students. They can be energetic forces 
              for change, but too many schools -- not to mention society at large 
              -- think of the masses as addicts-in- waiting, not as underutilized 
              citizens.
               Only 
              students can answer many of the key questions: How can schools work 
              within adolescent society to enhance the profile of academics? How 
              can adults make themselves available in the right ways? Is the World 
              Wide Web more than entertainment [see "Crawling Through Cyberspace," 
              p. 8]? How can older students reach out to younger ones [see "I 
              Hope That I Could Come," p. 23]?
               "Kids 
              run schools," Brown University educationalist Ted Sizer wrote in 
              Horace's Compromise. "If we want our well-intentioned 
              plans to succeed, we'll have to inspire the adolescents 
              to join in them -- inspire even the sullen, uninterested kids one 
              sees in parking lots at the start of a school day."
               Inspire 
              doesn't mean "entertain." Teachers and their allies can demonstrate 
              why learning is important and give students the resources they'll 
              need. But the real work? That's up to the students. 
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